Research Results Archive

Genomics of Aspergillus oryzae and its application to industries[PDF:446KB]

- The A. oryzae genomics is expected to make a large contribution to traditional fermentation industries in Japan -

Spin-torque diode effect in magnetic tunnel junctions[PDF:446KB]

Development of three major tools for research on sugar chains[PDF:1.3MB]

- Dramatic advances in sugar chain researches, the key for cancer, immunity, infections and regeneration medicine researches -

Surface fault rupture of the 2005 Pakistan earthquake[PDF:1.3MB]

Traceable calibration for nanometrical step heights with AFMs[PDF:699KB]

Quality control of GPI-anchored proteins in the endoplasmic reticulum[PDF:699KB]

Development of a robot system for handling of medical ampoules[PDF:1MB]

Coordination of a grid scheduler and optical network services[PDF:1MB]

Rulers with nanometer-size scale[PDF:1.1MB]

- Development of thin and multilayer film standard materials -

Transfection microarray for genome-wide gene validation[PDF:1.1MB]

A novel intergrowth form of TiO₂ between rutile- and ramsdellite-type structure[PDF:442KB]

Automated carbohydrate synthesizer "Golgi^TM"[PDF:442KB]

Realization of 1.3 micrometer semiconductor laser using uniform quantum dots of high density[PDF:1.1MB]

" Ubiquitous Echo "[PDF:1.1MB]

Superhydrophobic surface fabricated from hydrophilic materials[PDF:982KB]

Improved radiation resistance of a polymer by silica coating[PDF:982KB]

- An environment and human friendly technique for improved performance of materials -

Manufacturing of radio frequency ID tags on flexible films using an all printing process[PDF:994KB]

- Development of a technique to fabricate very low-cost radio frequency ID tags -

Spinning of High Strength Fiber Using Single-Walled Carbon Nanotubes

- Establishing the technology to produce high quality single walled carbon nanotubes for industrial applications without aftertreatments -

Successful Development of a Carbon Nanotube Transistor with Over-1000 Times Operational Stability

- Toward the application to highly-sensitive biosensors -

Creation of a New Type of Highly Luminescent Glass Phosphors Dispersing Nanoparticles

- Cadmium-free bulk glass phosphors and thin film phosphors incorporating nanoparticles at high concentrations provide the impetus for applications in illuminations and displays -